Axiom Space to launch Orbital Data Center nodes

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Axiom Space will launch the first two ODCs by the end of 2025 as part of Kepler Communications’ optical relay network. Nodes will enable space-based cloud computing to meet rising global demand. What happened: Axiom targets orbital cloud breakthrough Axiom Space will launch its first two Orbital Data Center (ODC) nodes into low-Earth orbit (LEO) by the end of 2025. These nodes will provide secure, scalable cloud storage and AI/ML processing capabilities directly in space, serving satellites, constellations and other spacecraft.

The move builds on Axiom’s earlier experiments, including the 2022 launch of an AWS Snowcone to the ISS and the 2023 prototype project AxDCU-1 with Red Hat. The new ODCs will operate independently of ground infrastructure and form part of Kepler Communications’ high-speed optical relay network. Also read: Neuraspace boosts tracking precision with new optical telescope Also read: China’s Geely launches 11 low-orbit satellites for autonomous cars Why it’s important The launch of Axiom Space’s first Orbital Data Centers (ODCs) marks a major step toward building a secure, scalable cloud computing infrastructure in orbit.

These space-based nodes enable real-time data processing, AI/ML applications, and cyber-secure services directly in space, without relying on terrestrial networks. This is especially critical for national security and defense operations that require low-latency, autonomous decision-making capabilities. By integrating with Kepler Communications’ optical relay network, the ODCs will support high-speed, SDA-compatible data links, enhancing interoperability with both government and commercial satellites.

This networked infrastructure is designed to grow rapidly, offering a future-proof platform as the demand for secure, resilient space-based data services increases. In the long term, Axiom’s ODCs could become a viable alternative to Earth-bound data centers, addressing global challenges like energy use, physical space, and vulnerability to disruption.